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In the current era of rapid development of smart agriculture worldwide, agricultural equipment such as harvesting robots, inspection drones, and plant protection drones are rapidly iterating. However, for startups and R&D teams in the field of agricultural robots, a fundamental strategic…
2026/07/10 14:58
The answer is yes—but only if the chassis possesses both "four-wheel drive" and "four-wheel steering" as core technologies. In the process of agricultural modernization, the difficulties of getting stuck in muddy paddy fields, the turning problems in narrow orchards, and the obstacles of passing…
2026/07/03 15:56
In the evolution of smart agriculture, developers and farmers are all pondering the same industry question: What kind of robot chassis is best suited for agriculture? Either it performs stably on flat ground but cannot adapt to muddy slopes, or it has the hardware but is difficult to further…
2026/06/26 13:38
Have you ever encountered this situation—an agricultural robot that has been developed over a long period of time, whose algorithm runs perfectly in the laboratory, but then has problems in the actual farmland: the wheels slip, the steering is off course, or it gets stuck in the row spacing and can…
2026/06/18 14:41
Have you ever encountered this scenario — your agricultural robot, while working:On the slope, the equipment slipped laterally and lost directional control.In the wet fields, the wheels spun aimlessly, lost power, and could not move forward.Between narrow rows, the turning radius is too large, it…
2026/06/12 15:45
In the process of agricultural robots moving from blueprints to operational scenarios, developers often face a real dilemma: independent development requires overcoming robot chassis challenges from scratch. Insufficient battery life: The algorithm is perfectly tuned, but the chassis battery life…
2026/06/05 14:22
For orchard owners who operate orchards in hilly, mountainous or rainy areas, the terrain directly affects the feasibility of mechanical operations. On muddy or soft ground, wheeled lawn mowers often have to stop working - the risk of skidding, getting stuck, and overturning increases significantly…
2026/05/29 15:59
In complex terrains such as muddy roads, gravel roads or mountainous areas, traditional wheeled equipment is prone to getting into trouble - sinking, skidding and having poor stability. The tracked chassis offers a more reliable solution with the following core advantages.1. Adaptable to various…
2026/05/22 17:30
In scenarios such as fire emergency response, material transportation, and monitoring of hazardous environments, the passability and stability of the equipment often determine whether the tasks can be successfully carried out. The tracked chassis, with its outstanding terrain adaptability, is…
2026/05/15 15:32
In vegetable growing areas, traditional wheeled equipment is prone to damaging drip irrigation belts or slipping and getting stuck in muddy ground once it enters; while manual inspection is inefficient, subjective, time-consuming and laborious to bend over to inspect, and is also prone to missing…
2026/05/09 15:03
In large-scale lawn and orchard maintenance operations, managers are facing a dual pressure: they must efficiently complete weeding tasks while also freeing workers from high-risk environments. Traditional equipment is difficult to manage – operators must work alongside the equipment, which exposes…
2026/04/30 17:20
In the process of agricultural robots moving from "usable" to "effective," there is a technical pain point that plagues the industry: turning. When traditional agricultural machinery turns in the field, it not only requires a large turning radius, but also causes severe soil compaction and physical…
2026/04/24 16:25